BERENT TOOLS
BERENT Metric Short Socket 11 mm BT2211
The BERENT BT2211 11mm Short Socket is engineered for precision and durability in compact and demanding work environments. Built with a 12.5mm (1/2") drive, it seamlessly integrates with standard ratchets and torque tools, making it an essential component for professional mechanics and DIY users alike.
BERENT Metric Short Socket 12 mm BT2212
The BERENT BT2212 12mm Short Socket is a compact and high-performance tool designed to deliver precision and durability in tight working conditions. With a 12.5mm (1/2") drive, this socket fits perfectly with standard ratchets and torque tools, making it a must-have for professionals and DIY users.
BERENT Metric Short Socket 14 mm BT2214
The BERENT BT2214 14mm Short Socket is built for efficiency and strength, offering a reliable solution for fastening and loosening bolts in tight spaces. Designed with a 12.5mm (1/2") drive, this socket is compatible with standard ratchets and torque wrenches, making it a versatile tool for mechanics, technicians, and DIY enthusiasts.
BERENT Metric Short Socket 17 mm BT2217
The BERENT BT2217 17mm Short Socket is engineered to deliver power and precision in every turn. With a compact profile and a 12.5mm (1/2") drive, it is ideal for both professionals and DIYers who need reliable performance in tight or hard-to-reach areas.
Berent Metric Short Socket 21 mm BT2221
The BERENT BT2221 21mm Short Socket is a dependable tool built for strength, durability, and performance. Crafted with precision from chrome vanadium steel, this socket is ideal for high-torque applications, especially in automotive and industrial settings. Its compact design allows efficient use in tight workspaces.
BERENT Metric Short Socket 24 mm BT2224
The BERENT BT2224 24mm Short Socket is engineered for strength, precision, and durability. Designed for heavy-duty tasks, this socket is ideal for automotive, industrial, and mechanical applications requiring high torque. Its short profile allows easy access to tight or restricted areas without sacrificing performance.